Yalçın, G. Et Al. 2022. AN EXPERIMENTAL STUDY OF SIO2-ND HYBRID NANOFLUID: THERMAL CONDUCTIVITY, VISCOSITY AND STABILITY WITH NEW FORECAST MODELS. CURRENT NANOSCIENCE , vol.18, no.4 , 520-534.

Yalçın, G., Öztuna, S., Dalkılıç, A. S., Nakkaew, S., & Wongwises, S., (2022). AN EXPERIMENTAL STUDY OF SIO2-ND HYBRID NANOFLUID: THERMAL CONDUCTIVITY, VISCOSITY AND STABILITY WITH NEW FORECAST MODELS. CURRENT NANOSCIENCE , vol.18, no.4, 520-534.

Yalçın, Gökberk Et Al. "AN EXPERIMENTAL STUDY OF SIO2-ND HYBRID NANOFLUID: THERMAL CONDUCTIVITY, VISCOSITY AND STABILITY WITH NEW FORECAST MODELS," CURRENT NANOSCIENCE , vol.18, no.4, 520-534, 2022

Yalçın, Gökberk Et Al. "AN EXPERIMENTAL STUDY OF SIO2-ND HYBRID NANOFLUID: THERMAL CONDUCTIVITY, VISCOSITY AND STABILITY WITH NEW FORECAST MODELS." CURRENT NANOSCIENCE , vol.18, no.4, pp.520-534, 2022

Yalçın, G. Et Al. (2022) . "AN EXPERIMENTAL STUDY OF SIO2-ND HYBRID NANOFLUID: THERMAL CONDUCTIVITY, VISCOSITY AND STABILITY WITH NEW FORECAST MODELS." CURRENT NANOSCIENCE , vol.18, no.4, pp.520-534.

@article{article, author={Gökberk Yalçın Et Al. }, title={AN EXPERIMENTAL STUDY OF SIO2-ND HYBRID NANOFLUID: THERMAL CONDUCTIVITY, VISCOSITY AND STABILITY WITH NEW FORECAST MODELS}, journal={CURRENT NANOSCIENCE}, year=2022, pages={520-534} }